Biotechnology & Materials

Biotechnology & Materials

Electronic Cryogels Monitored Tomato Stems for More Than Two Months

Biotechnology & Materials

A Soil-Moisture Sensor Designed to Return to the Soil: Wireless Power, Thermal Imaging and Fertilizer

Biotechnology & Materials

Why Are Macadamia Shells So Hard? 3D Cellular Structure, Crack Deflection and Composite Reuse

Biotechnology & Materials

Using Amino Acid Transporters as Nanoparticle Entry Receptors: Asp/PDPA-NP Delivers Cargo into Plant Cells Within Minutes

Biotechnology & Materials

Agricultural Nanotechnology in 2026: Nano-Fertilizers and Nano-Pesticides Move from Efficacy to Safety and Regulation

Biotechnology & Materials

Nanocellulose Fibers Retain Strength When Wet: Toward Cotton-Like All-Cellulose Filaments

Biotechnology & Materials

Corn Seeds Grown into CNTs at 1050°C in Hydrogen—Catalyst-Free Biomass Carbonization

Biotechnology & Materials

Coconut-Mat Layers Reduced Thermal Conductivity of a Geopolymer Panel by Up to 41%

Biotechnology & Materials

A Light-Responsive Maple-Samara Microflier Can Tune Its Descent and Landing Distribution

Biotechnology & Materials

Carbon Quantum Dots Made from Hibiscus Leaves: Promising In-Vitro Scratch Assays, Not Yet a Wound Treatment